Record Details

Managing bull trout : the role of electrofishing injury in streams of Crater Lake National Park

Klamath Waters Digital Library

Field Value
Title Managing bull trout : the role of electrofishing injury in streams of Crater Lake National Park
Creator Mahoney, Brian D.
Date 1997 2009-02-18 2009-04-13
Subject Electric fishing -- Environmental aspects -- Oregon -- Crater Lake National Park; Brook trout -- Wounds and injuries -- Oregon -- Crater Lake National Park; Brook trout -- Oregon -- Crater Lake National Park -- Mortality; Brook trout -- Wounds and injuries -- Oregon -- Crater Lake National Park; Brown trout -- Oregon -- Crater Lake National Park -- Mortality; Fishery management -- Oregon -- Crater Lake National Park;
Description ill., map; Thesis (M.M.A.)--University of Washington, 1997; Vita; Includes bibliographical references (leaves [35]-38) University of Washington Abstract MANAGING BULL TROUT: THE ROLE OF ELECTROFISHING INJURY IN STREAMS OF CRATER LAKE NATIONAL PARK by Brian D. Mahoney Chairperson of the Supervisory Committee: Professor Marc L. Miller Department of School of Marine Affairs This thesis couples empirical problem research to resolution of a specific policy issue, i.e. how to collect bull trout in management programs with least harm. The objective of this study is to investigate the incidence and severity of injury... TABLE OF CONTENTS LIST OF FIGURES ii LIST OF TABLES iii PREFACE v INTRODUCTION 1 BACKGROUND 3 METHODS 8 STUDY DESIGN 8 STUDY SITE 8 ELECTROFISHING OPERATIONS 10 ANTIMYCIN TREATMENT 11 X-RAY TECHNIQUE 12 NECROPSY TECHNIQUE 13 RESULTS 15 DISCUSSION 22 ELECTROFISHING INJURY 22 MANAGEMENT IMPLICATIONS 30 RECOMMENDATIONS 32 CONCLUSION 34 REFERENCES 35
Source Originally published as: Managing bull trout; (1997); 38 leaves; 29 cm.
Contributor Thesis (M.M.A.)--University of Washington, 1997
Publisher Oregon Institute of Technology. Library
Relation Digital reproduction of: http://www.worldcat.org/oclc/39120127 Mode of access: Adobe Acrobat Reader
Type text
Format application/pdf; PDF file size: 4,907,008 bytes Master file format: image/tiff; master file size: 1,518,542,848 bytes; bit depth: 24; color mode: color; resolution: 600 dpi; capture hardware: Plustek OpticBook 3600; optimization software: Adobe Photoshop CS3
Language eng;
Rights Digital image copyright 2008. Oregon Institute of Technology. All rights reserved. http://digitallib.oit.edu/cdm/copyright/collection/craterlake
Identifier UOWL-09-Feb-2009-95 http://digitallib.oit.edu/cdm/ref/collection/craterlake/id/127

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